The Great Transition: a Tale of How It Turned out Right
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About to Choose Our Future Book.Pdf
ACKNOWLEDGEMENT ‘To Choose Our Future’ presents the philosophy of the and outside, who have invested in our capacities and Development Alternatives (DA) Group, evolved from lessons believe in our dreams. We would specially like to thank learnt over the last three decades, to create a sustainable Heinrich Boell Stiftung whose encouragement and support future for India. Today, India is at the crossroads on its path inspired us to put together DA’s philosophy for the future to improving the wellbeing of its citizens. Our nation must of our country on paper, which has resulted in this book. find the right balance between the imperatives of the here and now and the responsibilities for what we bequeath to We extend our special thanks to Rupinder Kaur (Renee) at future generations. Our children look to us to make the Daalcheeni for her patience in putting our ideas to design right choices now. so effectively. Thanks are due also to Sanu Kapila and his team at the Academic Foundation for publishing this Standing on the shoulders of giants, we are trying to see work enabling its outreach. We would also like to thank the further and understand deeper. Our journey so far has authorship of Freepik on flaticons.com and other ‘Creative gained much from associations and friendships with the Commons’ platforms who have so generously made their many who have shared our concerns and dreams for our work and ideas available to be used in the book. In the nation and the world at large. same spirit, the book is licensed under Creative Commons to be shared with all for the design of a sustainable future The DA Group would like to acknowledge communities in for India and the world. -
Global Methane Budget 2020 Japanese Press Release: Thursday 6Th August 2020 Tsukuba, Japan
Global Methane Budget 2020 Japanese Press release: Thursday 6th August 2020 Tsukuba, Japan Global Methane Emissions have risen by nearly 10 per cent over the last 20 years. Major contributors are human activities in the agriculture and waste sector and in the production and consumption of fossil fuels On July 15th, 2020, the Global Carbon Project (GCP) publishes an updated and more comprehensive global methane (CH4) budget with all methane sources and sinks. It also provides insights into the geographical regions and economic sectors where the emission changed the most over the most recent two decades (2000-2017). The update employs the state-of-the-art bottom-up and top-down methods to improve the accuracy of the methane gas accounting in each category, which took three years to process. The estimated global methane budget for the recent decade (2008-2017) is shown in Figure 1. Figure 1: Global Methane Budget 2008 - 2017 (https://www.globalcarbonproject.org/methanebudget/index.htm) Page 1 of 4 The study also shows the emission rate has increased by 9 % (about 50 million tons of CH4 per year) between the reference period (2000-2006) and the last year of the presented budget (2017). This increase in methane emissions is completely attributed to the increase in anthropogenic emissions which account for 60% of the total methane emissions. The rest comes from natural sources which have not changed over the past two decades despite their diversity: wetland, lakes, reservoirs, termites, geological sources, hydrates etc. The sectors that primarily contributed to this increase are the fossil fuel sector (production and consumption) and activities in agriculture and waste sectors. -
Alternative Futures for Global Biological Invasions
Sustainability Science https://doi.org/10.1007/s11625-021-00963-6 ORIGINAL ARTICLE Alternative futures for global biological invasions Núria Roura‑Pascual1 · Brian Leung2,3,4 · Wolfgang Rabitsch5 · Lucas Rutting6 · Joost Vervoort6,7 · Sven Bacher8 · Stefan Dullinger9 · Karl‑Heinz Erb10 · Jonathan M. Jeschke11,12,13 · Stelios Katsanevakis14 · Ingolf Kühn15,16,17 · Bernd Lenzner18 · Andrew M. Liebhold19,20 · Michael Obersteiner21,7 · Anibal Pauchard22,23 · Garry D. Peterson24 · Helen E. Roy25 · Hanno Seebens26 · Marten Winter17 · Mark A. Burgman27 · Piero Genovesi28,29 · Philip E. Hulme30 · Reuben P. Keller31 · Guillaume Latombe18,32 · Melodie A. McGeoch33 · Gregory M. Ruiz34 · Riccardo Scalera35 · Michael R. Springborn36 · Betsy von Holle37 · Franz Essl18,38 Received: 5 May 2020 / Accepted: 16 April 2021 © The Author(s) 2021 Abstract Scenario analysis has emerged as a key tool to analyze complex and uncertain future socio-ecological developments. How- ever, currently existing global scenarios (narratives of how the world may develop) have neglected biological invasions, a major threat to biodiversity and the economy. Here, we use a novel participatory process to develop a diverse set of global biological invasion scenarios spanning a wide range of plausible global futures through to 2050. We adapted the widely used “two axes” scenario analysis approach to develop four families of four scenarios each, resulting in 16 scenarios that were later clustered into four contrasting sets of futures. Our analysis highlights that socioeconomic developments and techno- logical innovation have the potential to shape biological invasions, in addition to well-known drivers, such as climate and human land use change and global trade. Our scenarios partially align with the shared socioeconomic pathways created by the climate change research community. -
Media Release
Media Release EMBARGOED TO 11pm 25 September 2008 Ref Emissions rising faster this decade than last The latest figures on the global carbon budget to be released in Washington and Paris today indicate a four-fold increase in growth rate of human-generated carbon dioxide emissions since 2000. “This is a concerning trend in light of global efforts to curb emissions,” says Global Carbon Project (GCP) Executive-Director, Dr Pep Canadell, a carbon specialist based at CSIRO in Canberra. Releasing the 2007 data, Dr Canadell said emissions from the combustion of fossil fuel and land use change almost reached the mark of 10 billion tonnes of carbon in 2007. Using research findings published last year in peer-reviewed journals such as Proceedings of the National Academy of Sciences, Nature and Science, Dr Canadell said atmospheric carbon dioxide growth has been outstripping the growth of natural carbon dioxide sinks such as forests and oceans. The new results were released simultaneously in Washington by Dr Canadell and in Paris by Dr Michael Raupach, GCP co-Chair and a CSIRO scientist. Dr Raupach said Australia’s position remains unique as a developed country with rapidly growing emissions. “Since 2000, Australian fossil-fuel emissions have grown by two per cent per year. For Australia to achieve a 2020 fossil-fuel emissions target 10 per cent lower than 2000 levels, the target referred to by Professor Garnaut this month, we would require a reduction in emissions from where they are now by 1.5 per cent per year. Every year of continuing growth makes the future reduction requirement even steeper.” The Global Carbon Project (GCP) is a joint international project on the global carbon cycle sponsored by the International Geosphere-Biosphere Programme (IGBP), the International Human Dimensions Programme on Global Environmental Research (IHDP), and the World Climate Research Program. -
Future Reflective Backcasting’
Enabling environmental activists to identify and refine their objectives by using ‘future reflective backcasting’ Lisa George Department of Design Goldsmiths University of London 2011 Thesis submitted for the degree of Doctor of Philosophy in Design Declaration I certify that except where due acknowledgement has been made; the material produced in this thesis is that of the author alone. The work has not been submitted previously, in whole or in part, to qualify for any other academic award. The content of this thesis is the result of work carried out since the official commencement date of the approved research program. Page 2 Abstract Future narratives can be a useful way of conceptualising environmental problems and constructing solutions. Existing ecological future narratives such as sustainable futures and global warming have been effective at relaying the seriousness and scale of ecological problems but they can also be ambiguous, overwhelming and lead to stasis. In this research, I explore backcasting as a useful mechanism for creating detailed preferred futures and mapping out how those future states can be realised. During my exploration of backasting processes, I identify the possibility for backcasting to move beyond a simple outcome-driven process and instead become a process that creates a space for reflection, formulating and reformulating solutions. I examine four case studies: Cradle-to-Cradle, Transition Towns, Melbourne 2032 and case study 4 which involves 5 workshops in 3 secondary schools. These illustrations present how the creation of alternative futures can be used to address ecological problems. I developed, tested and participated in a variation of backcasting, called future reflective backcasting, in a workshop format. -
Tyndall Centre Briefing Note 40
Review of the Fourth Carbon Budget - Call for Evidence www.theccc.org.uk/call-for-evidence Question and Response form When responding please provide answers that are as specific and evidence-based as possible, providing data and references to the extent possible. Please limit your response to a maximum of 400 words per question. Questions for consideration: A. Climate Science and International Circumstances The Committee’s advice assumes a climate objective to limit central estimates of temperature rise to as close to 2C as possible, with a very low chance of exceeding 4C by 2100 (henceforth referred to as “the climate objective”). This is broadly similar to the UNFCCC climate objective, and that of the EU. In order to achieve this objective, global emissions would have to peak in the next few years, before decreasing to roughly half of recent levels by 2050 and falling further thereafter. The UNFCCC is working toward a global deal consistent with such reductions, to be agreed by 2015. Earlier attempts (e.g. at Copenhagen in 2009, before the fourth budget was recommended or legislated) have failed to achieve a comprehensive global deal to limit emissions. It is difficult to imagine a global deal which allows developed countries to have emissions per capita in 2050 which are significantly above a sustainable global average, implying the need for emissions reductions in the UK of at least 80% from 1990 levels by 2050. The EU has not yet agreed a package beyond 2020, but the European Commission is consulting on a range of issues relating to development of climate and energy targets for 2030. -
The Use of Scenario Analysis in Disclosure of Climate-Related Risks and Opportunities
Technical Supplement The Use of Scenario Analysis in Disclosure of Climate-Related Risks and Opportunities June 2017 Recommendations of the Task Force on Climate-related Financial Disclosure i Contents A Introduction .................................................................................................................................................... 1 B Scenario Analysis ........................................................................................................................................... 2 1. Why is Scenario Analysis Useful? ................................................................................................................................ 2 2. What Is a Scenario? ....................................................................................................................................................... 2 3. How are Organizations Using Climate-Related Scenario Analysis? ........................................................................ 3 C Developing and Applying Scenario Analysis ............................................................................................... 4 1. Considerations for Building Climate Change into Scenario Analysis ..................................................................... 5 2. Analytical Choices in Scenario Analysis ...................................................................................................................... 8 3. Tools and Data ........................................................................................................................................................... -
18 September 2013 New Study Explains the Rise and Rise of Methane
18 September 2013 New study explains the rise and rise of methane The most comprehensive study yet of global methane shows that human activities are emitting as much methane as all natural sources together, largely from fossil fuel extraction and processing, livestock, and rice cultivation. The three-year international study, published today in the journal Nature Geoscience, traces and attributes the natural and man-made sources, the mechanisms that help to moderate methane’s influence, and describes how it is changing atmospheric composition. Methane is also the second most important greenhouse gas, and is responsible for about 20% of the direct warming caused by long-lived gases since pre-industrial times. Co-author on the study and Executive-Director of the Global Carbon Project, CSIRO's Dr Pep Canadell, said that atmospheric methane was stable from the late 1990s to 2006. “This was most likely due to decreasing-to-stable fossil fuel emissions, particularly industrial and mining fugitive emissions and emissions from rice cultivation, combined with stable-to-increasing microbial emissions. "Since 2006 to the present, we show that the rise in natural wetland emissions and fossil fuel emissions are likely to explain the renewed increase in global methane levels," Dr Canadell said. He said year-to-year fluctuations in methane concentrations are largely driven by changes in wetland emissions in the tropics and cold regions of the Northern Hemisphere, and to lesser extent by large- scale fires. "Any changes brought about by climate change that alter rainfall and temperature, which effect wetland extend and fire regimes, will therefore have significant implications for methane emissions," he said. -
Earth. 2017. “Global Carbon Dioxide Emissions Set to Rise After Three
NEWS RELEASE EMBARGOED UNTIL: Monday, 13 Nov. at 09:30 CET Global carbon dioxide emissions set to rise after three stable years MEDIA By the end of 2017, global emissions of carbon dioxide from QUERIES fossil fuels and industry are projected to rise by about 2% compared with the preceding year, with an uncertainty range Alistair Scrutton, between 0.8% and 3%. The news follows three years of emis- Future Earth, sions staying relatively flat. Director of Communications, That’s the conclusion of the 2017 Global Carbon Budget, that Sweden: will be published 13 November by the Global Carbon Project alistair.scrutton@ (GCP) in the journals Nature Climate Change, Environmental futureearth.org Research Letters and Earth System Science Data Discussions. +46 707 211098 The announcement comes as nations meet in Bonn, Germany, for the annual United Nations climate negotiations (COP23). INTERVIEWS Lead researcher Prof Corinne Le Quéré, director of the Tyndall Glen Peters, Centre for Climate Change Research at the University of East CICERO, Norway: Anglia, said: “Global carbon dioxide emissions appear to be glen.peters@ going up strongly once again after a three-year stable period. cicero.oslo.no This is very disappointing.” +47 9289 1638 “With global CO2 emissions from all human activities estimated Corinne Le Quéré, at 41 billion tonnes for 2017, time is running out on our ability Tyndall Centre, UK: to keep warming well below 2 ºC let alone 1.5 ºC.” [email protected] “This year we have seen how climate change can amplify the +44 (0) 1603 impacts of hurricanes with stronger downpours of rain, higher 592764 sea levels and warmer ocean conditions favouring more pow- erful storms. -
United Nations Environment Programme
UNITED NATIONS EP United Nations UNEP (DEPI)/VW.1 /INF.3. Environment Programme Original: ENGLISH Regional Seas Visioning Workshop, Geneva, Switzerland, 3-4 July 2014 Scenario For environmental and economic reasons, this document is printed in a limited number. Delegates are kindly requested to bring their copies to meetings and not to request additional copies 4. Future pathways toward sustainable development “Life can only be understood backwards; but it must be lived Table 1. Top-15 crowd-sourced ideas on “What do you think forwards.” (Søren Kierkegaard) the world will be like in 2050?” Idea Score “Two different worlds are owned by man: one that created us, Global collapse of ocean fisheries before 2050. 90 the other which in every age we make as best as we can.” Accelerating climate damage 89 (Zobolotsky (1958), from Na zakate, p. 299.) There will be increasing inequity, tension, and social strife. 86 This chapter compares semi-quantitative narratives of what Global society will create a better life for most but not all, 86 would happen, if we continued as we did in the past, with primarily through continued economic growth. Persistent poverty and hunger amid riches 86 alternative pathways towards global sustainable Humanity will avoid “collapse induced by nature” and has development. The “stories” are internally coherent and 83 rather embarked on a path of “managed decline”. deemed feasible by experts, as they are derived from large- Two thirds of world population under water stress 83 scale global modelling of sustainable development Urbanization reaches 70% (+2.8 billion people in urban areas, - scenarios for Rio+20 in 2012. -
Creating a National Citizen Engagement Process for Energy Policy
Creating a national citizen engagement process for energy policy Nick Pidgeona,1, Christina Demskia, Catherine Butlerb, Karen Parkhillc, and Alexa Spenced aUnderstanding Risk Research Group, Tyndall Centre and Climate Change Consortium of Wales, School of Psychology, Cardiff University, Wales CF10 3AT, United Kingdom; bGeography Department, The University of Exeter, Exeter EX4 4RJ, United Kingdom; cSchool of Environment, Natural Resources, and Geography, Bangor University, Wales LL57 2UW, United Kingdom; and dHorizon Digital Economy Research and School of Psychology, The University of Nottingham, Nottingham NG7 2TU, United Kingdom Edited by Baruch Fischhoff, Carnegie Mellon University, Pittsburgh, PA, and accepted by the Editorial Board June 12, 2014 (received for review December 11, 2013) This paper examines some of the science communication chal- involved and on the promise and perils of scientific progress. In lenges involved when designing and conducting public delibera- this respect people often focus less on the technology or science tion processes on issues of national importance. We take as our per se, than on the social context within which it is to be illustrative case study a recent research project investigating deployed, including complex arguments about the regulatory or public values and attitudes toward future energy system change governance conditions surrounding the application of science. for the United Kingdom. National-level issues such as this are However, designing successful deliberative fora is not a simple often particularly difficult to engage the public with because of matter, and in this paper we outline a series of interlinked sci- their inherent complexity, derived from multiple interconnected ence communication challenges associated with conducting elements and policy frames, extended scales of analysis, and public deliberation on national-level topics. -
Summary for Policymakers. In: Global Warming of 1.5°C
Global warming of 1.5°C An IPCC Special Report on the impacts of global warming of 1.5°C above pre-industrial levels and related global greenhouse gas emission pathways, in the context of strengthening the global response to the threat of climate change, sustainable development, and efforts to eradicate poverty Summary for Policymakers Edited by Valérie Masson-Delmotte Panmao Zhai Co-Chair Working Group I Co-Chair Working Group I Hans-Otto Pörtner Debra Roberts Co-Chair Working Group II Co-Chair Working Group II Jim Skea Priyadarshi R. Shukla Co-Chair Working Group III Co-Chair Working Group III Anna Pirani Wilfran Moufouma-Okia Clotilde Péan Head of WGI TSU Head of Science Head of Operations Roz Pidcock Sarah Connors J. B. Robin Matthews Head of Communication Science Officer Science Officer Yang Chen Xiao Zhou Melissa I. Gomis Science Officer Science Assistant Graphics Officer Elisabeth Lonnoy Tom Maycock Melinda Tignor Tim Waterfield Project Assistant Science Editor Head of WGII TSU IT Officer Working Group I Technical Support Unit Front cover layout: Nigel Hawtin Front cover artwork: Time to Choose by Alisa Singer - www.environmentalgraphiti.org - © Intergovernmental Panel on Climate Change. The artwork was inspired by a graphic from the SPM (Figure SPM.1). © 2018 Intergovernmental Panel on Climate Change. Revised on January 2019 by the IPCC, Switzerland. Electronic copies of this Summary for Policymakers are available from the IPCC website www.ipcc.ch ISBN 978-92-9169-151-7 Introduction Chapter 2 ChapterSummary 1 for Policymakers 6 Summary for Policymakers Summary for Policymakers SPM SPM Summary SPM for Policymakers Drafting Authors: Myles R.